Vapor recovery system stage I feature description:
1. Pressure vacuum vent is used to limit the vapor escape.
2. The system consists of discha rging hose, vapor recovery pipe, adapters and so on, which will compose a sealed system for vapor recovery.
3. The vapor in the underground tank will be delivered to the truck tank automatically when discharging.
4. The vapor recovery rate is more than 95%.
Is Vapor Recovery important to the quality of our air and the environment?
Yes! The gasoline vapors from refueling are one of the largest sources of air pollution left to be controlled. Every time we fill up our gas tanks, the process of refueling allows hydrocarbons to escape into the air. Hydrocarbons are a major cause of
ground-level ozone pollution, or smog. Neither the Baltimore nor the Washington metropolitan area meets the federal health
standards for ozone air pollution. In addition, gasoline vapors contain toxic pollutants such as benzene, a known carcinogen.
Why is ozone pollution dangerous? Am I in danger?
Ozone is a highly reactive chemical which irritates the respiratory system. The elderly, very young, and those with asthma or other respiratory problems are most at risk. On hot, sunny, high-ozone days, even healthy people will find it harder to breathe when they exercise outdoors.
Are there any other adverse effects from ozone pollution?
Yes, ozone can damage crops, plants and other living things. Important crops such as soybeans and tobacco, as well as forests and garden plants, can be damaged by ozone. Ozone also degrades rubber and plastic products.
How effective is Vapor Recovery?
Vapor recovery will remove about 95% of the vapors that escape when gasoline tanks are being refueled. Because some of the vapors become liquid again once they are returned to the underground gasoline tank, it is estimated that about three milliongallons of gasoline will be saved each year in Maryland.
A typical mid-sized gasoline station selling approximately 10,000 gallons a day will remove about 20 pounds of hydrocarbons from the air each day, resulting in 20 tons less pollution each day in the Baltimore-Washington area.